Prefabrication is not a new idea for architects, but its usage is arguably on the rise. Using prefabricated materials can keep your costs down, as well as make your project more sustainable and efficient. But for this to happen, there must be a defined process of construction, which respects the architectural intent and integrates the entire structure with the building's facilities. This way, the work can be carried out in the shortest time possible, and the cost of labor and maintenance is reduced, as is the waste of materials.
The five designs selected below adopt prefabricated materials and demonstrate the benefits that it brings to the creative design strategy. Read on to see what each of their architects said about their prefabrication strategy.
Adding to their collection of pre-fabricated houses by top designers and architects, Robbie Antonio’s “Revolution Pre-Crafted” has released 3 new designs by Paulo Mendes Da Rocha + Metro, Massimiliano & Doriana Fuksas, and Philip Johnson Alan Ritchie Architects.
The three designs follow Revolution Pre-Crafted’s goal of democratizing the design of pre-fab structures, as they offer a line of products that incorporate the distinct spatial and social brands of master designers. The new houses join options from architects including Zaha Hadid, Sou Fujimoto, Daniel Libeskind and Gluckman Tang.
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Vancouver-based Leckie Studio Architecture + Design has founded the Backcountry Hut Company to bring affordable recreation structures to outdoor enthusiasts. Inspired by IKEA's philosophy of providing superior design at a moderate price point, the prefabricated hut prototype aims to embody the company's four cornerstones: function, quality, sustainability, and value.
Concrete is one of the most widely innovated and improved upon building technologies in the world. With applications in both pre-fabrication and continuous pouring, the material has become a hot-bed for applications in fabrication techniques, from incredible, monolithic forms, to 3D-printing.
But behind all of the successes, there have been countless failures, including a well-intended innovation by famous American inventor Thomas Edison. Filed on August 13, 1908, Edison’s ill-fated patent was a home that could be built with a single pour of concrete, reports Slate. Although Thomas Edison had previous ventures in concrete, including a cement plant in Stewartsville, New Jersey, as well as several patented improvements in the cement-making process, his venture into concrete construction may have just been too ambitious.
Following the recent trend of luxury pre-fabricated structures like Muji’s recent three huts, Robbie Antonio’s “Revolution Pre-Crafted” is a collection of pre-fabricated pavilions by 30 top designers and architects, including Zaha Hadid, Sou Fujimoto, Daniel Libeskind and Gluckman Tang. Some have already been built, being exhibited at Design Miami, while others are planned for the future.
With recent advancements in building technology, Revolution Pre-Crafted hopes to democratize the design of pre-fab structures, offering a line of products that incorporate the distinct spatial and social brands of the designers. See a selection of the Revolution Precraft line after the break.
Have you ever wanted to live in a Hobbit House? Or maybe just be closer to nature? Now, with Green Magic Homes’ prefabricated houses, you can. Made with fiber re-enforced polymer modules, the homes can be customized, and take as few as three days to construct.
Following the release of their “Vertical House”, a prefabricated home designed for the tight, urban spaces of Japan, Japanese design brand Muji has showcased another set of ready-made habitats, this time a series of three minimalist “huts” at varying scales. Each hut, designed by a different designer, is intended as a retreat from urban activity and can be set-up in rural terrains.
Prefabrication is not a new idea for architects. It was a staple of the post-war modernist ideal, a great dream that precise modern structures would be created in clean factories and then shipped to site. However, the realities of post-war prefab were far from this ideal; buildings were often poorly designed or poorly constructed, and by the end of the century prefabrication was merely a footnote in the catalog of construction methods. In the 21st century though, prefabrication is experiencing a resurgence. In this article originally published on Autodesk’s Redshift publication as "Future of Construction: Your Next Building Won’t Be Built—It Will Be Manufactured," Autodesk's Phil Bernstein looks at the current wave of prefabrication, and answers the question: why now?
Imagine a 57-story tower built in just 19 days.
That’s what China’s Broad Sustainable Building (BSB) company just did. Constructed at a pace of three stories per day, the tower includes 800 apartments, 19 atriums, and office space for 4,000 people.
And BSB isn’t the only one with this type of ambitious plan for the future of construction. The industry is entering the age of the mass-manufactured building. Prefabrication is growing up, reaching a new level of maturity that is now going to change the industry and define new categories of building. Check the trailer-park stereotype at the door.
By the year 2025, the urban population in Sub-Saharan Africa is predicated to increase by almost 70% -- a rapid urbanization that will inevitably affect the construction sector.
To address this expected growth and to help lay the foundations for a sustainable urban and social development, students from the Institute of Experimental Architecture at Bauhaus-Universität Weimar and EiABC (Ethiopian Institute of Architecture Building Construction and City Development) worked together to build three residential prototypes at a 1:1 scale for Addis Ababa: the capital of Ethiopia and the heart of hyper-urbanization. See all of the project details, below.
penda has released plans for their first project in India. Based on a modular building system, the Pooja Crafted Homes will allow residents of Vijayawada to design their own high-rise apartment by selecting prefabricated modules from a catalogue that will then be inserted into the tower's frame.
"In an age of mass-production and a certain conformism in the building industry, we try to use modern construction techniques to bring back a level of individualism and flexibility for the inhabitants of a highrise. A kind of individualism one would have in building his own house," says penda.
Chinese company ZhuoDa has assembled a two-story home in record speed; the modular house, comprised of six 3D printed modules, was assembled on-site in less than three hours. Likened to LEGO, the prefabricated home was 90 percent built off-site before its components were shipped to its permanent location. As Inhabitat reports, the home only took about 10 days to complete from start to finish.
BBC News has published a profile on the new projects and ambitions of Broad Sustainable Building’s Zhang Yue. A few months ago, Yue became known as the man behind Mini Sky City, a 57-story building that went up in 19 days. Now, Yue wants to further his idea of modular construction to build Sky City, which will be the world’s tallest skyscraper, stretching ten meters taller than the 828 meter-tall Burj Khalifa in Dubai, and take only seven months to complete. In addition to being constructed from prefabricated parts, Sky City will be sustainable and built from steel to help prevent earthquake damage. Construction is expected to begin on the skyscraper in early 2016. Read more about Yue, his company, and their projects in the BBC News article.
“Three floors in a day is China’s new normal,” says a representative for this 57-floor skyscraper that was built in just 19 days. Known as the “Mini Sky City” tower in Changsha, the 180,000-square-meter mixed-use building was built in record speed with modular, “LEGO-like” blocks. The process also claimed to have required less materials and significantly reduced the amount of air pollution commonly caused by dusty construction sites.
A time-lapse of the construction process, after the break.
Housing is one of the most persistent challenges faced by the construction industry, and over the course of decades certain trends rise and fall, as entrepreneurial housing providers carve out new niches to provide for expanding populations and changing demographics. Originally published by BuzzBuzzHome as "The Rise and Fall of The Mail-Order House," this article explores the craze of so-called "catalogue homes" - flat-packed houses that were delivered by mail - which became popular in North America in the first decades of the 20th century.
The testimonials make it sound effortless: building your own house is no sweat.
In the front pages of a 1921 Sears Roebuck catalogue for mail-order homes, a resident of Traverse City, Michigan identified only by the pseudonym “I Did Not Hire Any Help” wrote to the company: “I am very well pleased with my Already Cut House bought off you. All the material went together nicely. In fact, I wish I had another house to put up this summer. I really enjoyed working on such a building, and I do not follow the carpenter trade either.” It’s estimated that more than 100,000 mail-order homes were built in the United States between 1908 and 1940. It was the IKEA of housing, but instead of spending an afternoon putting together a bookshelf, buyers would take on the formidable task of building a house. Or, more commonly, get a contractor to do it. Homebuyers would pick a design of their choice out of a mail-order catalogue and the materials – from the lumber frame boards to the paint to the nails and screws – would be shipped out to the closest railway station for pickup and construction.
Arup and GXN Innovation have been awarded with the JEC Innovation Award 2015 in the construction category for their development of the world's first self-supporting biocomposite facade panel. Developed as part of the €7.7 million EU-funded BioBuild program, the design reduces the embodied energy of facade systems by 50% compared to traditional systems with no extra cost in construction.
The 4-by-2.3 meter panel is made from flax fabric and bio-derived resin. Intended primarily for commercial offices, the glazing unit features a parametrically-derived faceted design, and comes prefabricated ready for installation. The panel is also designed to be easy to disassemble, making it simple to recycle at the end of its life.
Between 1945 and 1981 around 170 million prefabricated (prefab) residential units were constructed worldwide. Now, as part of a study undertaken by Pedro Alonso and Hugo Palmarola of the Pontificia Universidad Católica de Chile between 2012 and 2014, an exhibition at the Tel Aviv Museum of Art features 28 large concrete panel systems from between 1931 and 1981. In so doing, it explores a transnational circulation of these objects of construction, "weaving them into a historical collage of ambitions and short-lived enthusiasm for utopian dreams."
This show, curated by Meira Yagid-Haimovici, is an attempt to reveal "how architecture and urbanism was charged with historical, social, and political narratives, and how the modernist vision promoted the fusion of aesthetics and politics." The models, which are being exhibited as part of the Production Routes exhibition, seek to highlight the richness embodied in 'generic' architecture through the lens of prefab construction methods.